Kutay Nazli

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About

Kutay Nazli is a researcher whose work is advancing the detection and characterization of near-Earth objects (NEOs), with a particular focus on synthetic tracking (ST) techniques. His most-cited paper, "Near-Earth Object Observations using Synthetic Tracking" (2024, 13 citations), demonstrates how ST overcomes the challenge of trailing loss—a common issue when observing fast-moving objects with conventional methods. By enabling small telescopes to use longer integration times without smearing, Nazli’s work significantly boosts detection sensitivity and astrometric accuracy, making it easier to spot potentially hazardous asteroids. This contribution is especially valuable for expanding the observational capabilities of smaller, more accessible observatories, democratizing NEO monitoring. His research sits at the intersection of observational astronomy and computational imaging, offering practical solutions for planetary defense. With a growing citation footprint, Nazli is establishing himself as a key voice in the effort to safeguard Earth from asteroid impacts, and his innovative approach continues to influence how the astronomical community tracks and studies these elusive celestial bodies.